package com.suray.wcs.service.pojo;

/**
 * 电池信息数据
 */
public class RgvChargeInfo implements Cloneable{
    // 60节电芯的电压
    private Integer singleBatteryVolt1;
    private Integer singleBatteryVolt2;
    private Integer singleBatteryVolt3;
    private Integer singleBatteryVolt4;
    private Integer singleBatteryVolt5;
    private Integer singleBatteryVolt6;
    private Integer singleBatteryVolt7;
    private Integer singleBatteryVolt8;
    private Integer singleBatteryVolt9;
    private Integer singleBatteryVolt10;
    private Integer singleBatteryVolt11;
    private Integer singleBatteryVolt12;
    private Integer singleBatteryVolt13;
    private Integer singleBatteryVolt14;
    private Integer singleBatteryVolt15;
    private Integer singleBatteryVolt16;
    private Integer singleBatteryVolt17;
    private Integer singleBatteryVolt18;
    private Integer singleBatteryVolt19;
    private Integer singleBatteryVolt20;
    private Integer singleBatteryVolt21;
    private Integer singleBatteryVolt22;
    private Integer singleBatteryVolt23;
    private Integer singleBatteryVolt24;
    private Integer singleBatteryVolt25;
    private Integer singleBatteryVolt26;
    private Integer singleBatteryVolt27;
    private Integer singleBatteryVolt28;
    private Integer singleBatteryVolt29;
    private Integer singleBatteryVolt30;
    private Integer singleBatteryVolt31;
    private Integer singleBatteryVolt32;
    private Integer singleBatteryVolt33;
    private Integer singleBatteryVolt34;
    private Integer singleBatteryVolt35;
    private Integer singleBatteryVolt36;
    private Integer singleBatteryVolt37;
    private Integer singleBatteryVolt38;
    private Integer singleBatteryVolt39;
    private Integer singleBatteryVolt40;
    private Integer singleBatteryVolt41;
    private Integer singleBatteryVolt42;
    private Integer singleBatteryVolt43;
    private Integer singleBatteryVolt44;
    private Integer singleBatteryVolt45;
    private Integer singleBatteryVolt46;
    private Integer singleBatteryVolt47;
    private Integer singleBatteryVolt48;
    private Integer singleBatteryVolt49;
    private Integer singleBatteryVolt50;
    private Integer singleBatteryVolt51;
    private Integer singleBatteryVolt52;
    private Integer singleBatteryVolt53;
    private Integer singleBatteryVolt54;
    private Integer singleBatteryVolt55;
    private Integer singleBatteryVolt56;
    private Integer singleBatteryVolt57;
    private Integer singleBatteryVolt58;
    private Integer singleBatteryVolt59;
    private Integer singleBatteryVolt60;
    /**
     * 电池单节最低电压节号
     */
    private Integer minVoltCellNum;
    /**
     * 电池单节最高电压节号
     */
    private Integer maxVoltCellNum;
    /**
     * 最大压差
     */
    private Integer maxVoltDiffer;
    /**
     * 总电压
     */
    private Float totalVolt;
    /**
     * 充电电流
     */
    private Float batteryOpenChargeCurr;
    /**
     * 放电电流
     */
    private Float batteryCloseChargeCurr;
    /**
     * 剩余电量
     */
    private Integer leftBatteryEle;
    // 电芯温度 总共8个电芯
    private Integer batteryTemp1;
    private Integer batteryTemp2;
    private Integer batteryTemp3;
    private Integer batteryTemp4;
    private Integer batteryTemp5;
    private Integer batteryTemp6;
    private Integer batteryTemp7;
    private Integer batteryTemp8;
    /**
     * 均衡MOS管温度1
     */
    private Integer balanResistTemp1;
    /**
     * 均衡MOS管温度2
     */
    private Integer balanResistTemp2;
    /**
     * 充放MOS管温度1
     */
    private Integer mosTemp1;
    /**
     * 充放MOS管温度2
     */
    private Integer mosTemp2;
    /**
     * 循环次数
     */
    private int cycleCount;
    /**
     * 电池报错码
     */
    private Integer errorMsg;

    public Integer getSingleBatteryVolt1() {
        return singleBatteryVolt1;
    }

    public void setSingleBatteryVolt1(Integer singleBatteryVolt1) {
        this.singleBatteryVolt1 = singleBatteryVolt1;
    }

    public Integer getSingleBatteryVolt2() {
        return singleBatteryVolt2;
    }

    public void setSingleBatteryVolt2(Integer singleBatteryVolt2) {
        this.singleBatteryVolt2 = singleBatteryVolt2;
    }

    public Integer getSingleBatteryVolt3() {
        return singleBatteryVolt3;
    }

    public void setSingleBatteryVolt3(Integer singleBatteryVolt3) {
        this.singleBatteryVolt3 = singleBatteryVolt3;
    }

    public Integer getSingleBatteryVolt4() {
        return singleBatteryVolt4;
    }

    public void setSingleBatteryVolt4(Integer singleBatteryVolt4) {
        this.singleBatteryVolt4 = singleBatteryVolt4;
    }

    public Integer getSingleBatteryVolt5() {
        return singleBatteryVolt5;
    }

    public void setSingleBatteryVolt5(Integer singleBatteryVolt5) {
        this.singleBatteryVolt5 = singleBatteryVolt5;
    }

    public Integer getSingleBatteryVolt6() {
        return singleBatteryVolt6;
    }

    public void setSingleBatteryVolt6(Integer singleBatteryVolt6) {
        this.singleBatteryVolt6 = singleBatteryVolt6;
    }

    public Integer getSingleBatteryVolt7() {
        return singleBatteryVolt7;
    }

    public void setSingleBatteryVolt7(Integer singleBatteryVolt7) {
        this.singleBatteryVolt7 = singleBatteryVolt7;
    }

    public Integer getSingleBatteryVolt8() {
        return singleBatteryVolt8;
    }

    public void setSingleBatteryVolt8(Integer singleBatteryVolt8) {
        this.singleBatteryVolt8 = singleBatteryVolt8;
    }

    public Integer getSingleBatteryVolt9() {
        return singleBatteryVolt9;
    }

    public void setSingleBatteryVolt9(Integer singleBatteryVolt9) {
        this.singleBatteryVolt9 = singleBatteryVolt9;
    }

    public Integer getSingleBatteryVolt10() {
        return singleBatteryVolt10;
    }

    public void setSingleBatteryVolt10(Integer singleBatteryVolt10) {
        this.singleBatteryVolt10 = singleBatteryVolt10;
    }

    public Integer getSingleBatteryVolt11() {
        return singleBatteryVolt11;
    }

    public void setSingleBatteryVolt11(Integer singleBatteryVolt11) {
        this.singleBatteryVolt11 = singleBatteryVolt11;
    }

    public Integer getSingleBatteryVolt12() {
        return singleBatteryVolt12;
    }

    public void setSingleBatteryVolt12(Integer singleBatteryVolt12) {
        this.singleBatteryVolt12 = singleBatteryVolt12;
    }

    public Integer getSingleBatteryVolt13() {
        return singleBatteryVolt13;
    }

    public void setSingleBatteryVolt13(Integer singleBatteryVolt13) {
        this.singleBatteryVolt13 = singleBatteryVolt13;
    }

    public Integer getSingleBatteryVolt14() {
        return singleBatteryVolt14;
    }

    public void setSingleBatteryVolt14(Integer singleBatteryVolt14) {
        this.singleBatteryVolt14 = singleBatteryVolt14;
    }

    public Integer getSingleBatteryVolt15() {
        return singleBatteryVolt15;
    }

    public void setSingleBatteryVolt15(Integer singleBatteryVolt15) {
        this.singleBatteryVolt15 = singleBatteryVolt15;
    }

    public Integer getSingleBatteryVolt16() {
        return singleBatteryVolt16;
    }

    public void setSingleBatteryVolt16(Integer singleBatteryVolt16) {
        this.singleBatteryVolt16 = singleBatteryVolt16;
    }

    public Integer getSingleBatteryVolt17() {
        return singleBatteryVolt17;
    }

    public void setSingleBatteryVolt17(Integer singleBatteryVolt17) {
        this.singleBatteryVolt17 = singleBatteryVolt17;
    }

    public Integer getSingleBatteryVolt18() {
        return singleBatteryVolt18;
    }

    public void setSingleBatteryVolt18(Integer singleBatteryVolt18) {
        this.singleBatteryVolt18 = singleBatteryVolt18;
    }

    public Integer getSingleBatteryVolt19() {
        return singleBatteryVolt19;
    }

    public void setSingleBatteryVolt19(Integer singleBatteryVolt19) {
        this.singleBatteryVolt19 = singleBatteryVolt19;
    }

    public Integer getSingleBatteryVolt20() {
        return singleBatteryVolt20;
    }

    public void setSingleBatteryVolt20(Integer singleBatteryVolt20) {
        this.singleBatteryVolt20 = singleBatteryVolt20;
    }

    public Integer getSingleBatteryVolt21() {
        return singleBatteryVolt21;
    }

    public void setSingleBatteryVolt21(Integer singleBatteryVolt21) {
        this.singleBatteryVolt21 = singleBatteryVolt21;
    }

    public Integer getSingleBatteryVolt22() {
        return singleBatteryVolt22;
    }

    public void setSingleBatteryVolt22(Integer singleBatteryVolt22) {
        this.singleBatteryVolt22 = singleBatteryVolt22;
    }

    public Integer getSingleBatteryVolt23() {
        return singleBatteryVolt23;
    }

    public void setSingleBatteryVolt23(Integer singleBatteryVolt23) {
        this.singleBatteryVolt23 = singleBatteryVolt23;
    }

    public Integer getSingleBatteryVolt24() {
        return singleBatteryVolt24;
    }

    public void setSingleBatteryVolt24(Integer singleBatteryVolt24) {
        this.singleBatteryVolt24 = singleBatteryVolt24;
    }

    public Integer getSingleBatteryVolt25() {
        return singleBatteryVolt25;
    }

    public void setSingleBatteryVolt25(Integer singleBatteryVolt25) {
        this.singleBatteryVolt25 = singleBatteryVolt25;
    }

    public Integer getSingleBatteryVolt26() {
        return singleBatteryVolt26;
    }

    public void setSingleBatteryVolt26(Integer singleBatteryVolt26) {
        this.singleBatteryVolt26 = singleBatteryVolt26;
    }

    public Integer getSingleBatteryVolt27() {
        return singleBatteryVolt27;
    }

    public void setSingleBatteryVolt27(Integer singleBatteryVolt27) {
        this.singleBatteryVolt27 = singleBatteryVolt27;
    }

    public Integer getSingleBatteryVolt28() {
        return singleBatteryVolt28;
    }

    public void setSingleBatteryVolt28(Integer singleBatteryVolt28) {
        this.singleBatteryVolt28 = singleBatteryVolt28;
    }

    public Integer getSingleBatteryVolt29() {
        return singleBatteryVolt29;
    }

    public void setSingleBatteryVolt29(Integer singleBatteryVolt29) {
        this.singleBatteryVolt29 = singleBatteryVolt29;
    }

    public Integer getSingleBatteryVolt30() {
        return singleBatteryVolt30;
    }

    public void setSingleBatteryVolt30(Integer singleBatteryVolt30) {
        this.singleBatteryVolt30 = singleBatteryVolt30;
    }

    public Integer getSingleBatteryVolt31() {
        return singleBatteryVolt31;
    }

    public void setSingleBatteryVolt31(Integer singleBatteryVolt31) {
        this.singleBatteryVolt31 = singleBatteryVolt31;
    }

    public Integer getSingleBatteryVolt32() {
        return singleBatteryVolt32;
    }

    public void setSingleBatteryVolt32(Integer singleBatteryVolt32) {
        this.singleBatteryVolt32 = singleBatteryVolt32;
    }

    public Integer getSingleBatteryVolt33() {
        return singleBatteryVolt33;
    }

    public void setSingleBatteryVolt33(Integer singleBatteryVolt33) {
        this.singleBatteryVolt33 = singleBatteryVolt33;
    }

    public Integer getSingleBatteryVolt34() {
        return singleBatteryVolt34;
    }

    public void setSingleBatteryVolt34(Integer singleBatteryVolt34) {
        this.singleBatteryVolt34 = singleBatteryVolt34;
    }

    public Integer getSingleBatteryVolt35() {
        return singleBatteryVolt35;
    }

    public void setSingleBatteryVolt35(Integer singleBatteryVolt35) {
        this.singleBatteryVolt35 = singleBatteryVolt35;
    }

    public Integer getSingleBatteryVolt36() {
        return singleBatteryVolt36;
    }

    public void setSingleBatteryVolt36(Integer singleBatteryVolt36) {
        this.singleBatteryVolt36 = singleBatteryVolt36;
    }

    public Integer getSingleBatteryVolt37() {
        return singleBatteryVolt37;
    }

    public void setSingleBatteryVolt37(Integer singleBatteryVolt37) {
        this.singleBatteryVolt37 = singleBatteryVolt37;
    }

    public Integer getSingleBatteryVolt38() {
        return singleBatteryVolt38;
    }

    public void setSingleBatteryVolt38(Integer singleBatteryVolt38) {
        this.singleBatteryVolt38 = singleBatteryVolt38;
    }

    public Integer getSingleBatteryVolt39() {
        return singleBatteryVolt39;
    }

    public void setSingleBatteryVolt39(Integer singleBatteryVolt39) {
        this.singleBatteryVolt39 = singleBatteryVolt39;
    }

    public Integer getSingleBatteryVolt40() {
        return singleBatteryVolt40;
    }

    public void setSingleBatteryVolt40(Integer singleBatteryVolt40) {
        this.singleBatteryVolt40 = singleBatteryVolt40;
    }

    public Integer getSingleBatteryVolt41() {
        return singleBatteryVolt41;
    }

    public void setSingleBatteryVolt41(Integer singleBatteryVolt41) {
        this.singleBatteryVolt41 = singleBatteryVolt41;
    }

    public Integer getSingleBatteryVolt42() {
        return singleBatteryVolt42;
    }

    public void setSingleBatteryVolt42(Integer singleBatteryVolt42) {
        this.singleBatteryVolt42 = singleBatteryVolt42;
    }

    public Integer getSingleBatteryVolt43() {
        return singleBatteryVolt43;
    }

    public void setSingleBatteryVolt43(Integer singleBatteryVolt43) {
        this.singleBatteryVolt43 = singleBatteryVolt43;
    }

    public Integer getSingleBatteryVolt44() {
        return singleBatteryVolt44;
    }

    public void setSingleBatteryVolt44(Integer singleBatteryVolt44) {
        this.singleBatteryVolt44 = singleBatteryVolt44;
    }

    public Integer getSingleBatteryVolt45() {
        return singleBatteryVolt45;
    }

    public void setSingleBatteryVolt45(Integer singleBatteryVolt45) {
        this.singleBatteryVolt45 = singleBatteryVolt45;
    }

    public Integer getSingleBatteryVolt46() {
        return singleBatteryVolt46;
    }

    public void setSingleBatteryVolt46(Integer singleBatteryVolt46) {
        this.singleBatteryVolt46 = singleBatteryVolt46;
    }

    public Integer getSingleBatteryVolt47() {
        return singleBatteryVolt47;
    }

    public void setSingleBatteryVolt47(Integer singleBatteryVolt47) {
        this.singleBatteryVolt47 = singleBatteryVolt47;
    }

    public Integer getSingleBatteryVolt48() {
        return singleBatteryVolt48;
    }

    public void setSingleBatteryVolt48(Integer singleBatteryVolt48) {
        this.singleBatteryVolt48 = singleBatteryVolt48;
    }

    public Integer getSingleBatteryVolt49() {
        return singleBatteryVolt49;
    }

    public void setSingleBatteryVolt49(Integer singleBatteryVolt49) {
        this.singleBatteryVolt49 = singleBatteryVolt49;
    }

    public Integer getSingleBatteryVolt50() {
        return singleBatteryVolt50;
    }

    public void setSingleBatteryVolt50(Integer singleBatteryVolt50) {
        this.singleBatteryVolt50 = singleBatteryVolt50;
    }

    public Integer getSingleBatteryVolt51() {
        return singleBatteryVolt51;
    }

    public void setSingleBatteryVolt51(Integer singleBatteryVolt51) {
        this.singleBatteryVolt51 = singleBatteryVolt51;
    }

    public Integer getSingleBatteryVolt52() {
        return singleBatteryVolt52;
    }

    public void setSingleBatteryVolt52(Integer singleBatteryVolt52) {
        this.singleBatteryVolt52 = singleBatteryVolt52;
    }

    public Integer getSingleBatteryVolt53() {
        return singleBatteryVolt53;
    }

    public void setSingleBatteryVolt53(Integer singleBatteryVolt53) {
        this.singleBatteryVolt53 = singleBatteryVolt53;
    }

    public Integer getSingleBatteryVolt54() {
        return singleBatteryVolt54;
    }

    public void setSingleBatteryVolt54(Integer singleBatteryVolt54) {
        this.singleBatteryVolt54 = singleBatteryVolt54;
    }

    public Integer getSingleBatteryVolt55() {
        return singleBatteryVolt55;
    }

    public void setSingleBatteryVolt55(Integer singleBatteryVolt55) {
        this.singleBatteryVolt55 = singleBatteryVolt55;
    }

    public Integer getSingleBatteryVolt56() {
        return singleBatteryVolt56;
    }

    public void setSingleBatteryVolt56(Integer singleBatteryVolt56) {
        this.singleBatteryVolt56 = singleBatteryVolt56;
    }

    public Integer getSingleBatteryVolt57() {
        return singleBatteryVolt57;
    }

    public void setSingleBatteryVolt57(Integer singleBatteryVolt57) {
        this.singleBatteryVolt57 = singleBatteryVolt57;
    }

    public Integer getSingleBatteryVolt58() {
        return singleBatteryVolt58;
    }

    public void setSingleBatteryVolt58(Integer singleBatteryVolt58) {
        this.singleBatteryVolt58 = singleBatteryVolt58;
    }

    public Integer getSingleBatteryVolt59() {
        return singleBatteryVolt59;
    }

    public void setSingleBatteryVolt59(Integer singleBatteryVolt59) {
        this.singleBatteryVolt59 = singleBatteryVolt59;
    }

    public Integer getSingleBatteryVolt60() {
        return singleBatteryVolt60;
    }

    public void setSingleBatteryVolt60(Integer singleBatteryVolt60) {
        this.singleBatteryVolt60 = singleBatteryVolt60;
    }

    public Integer getMinVoltCellNum() {
        return minVoltCellNum;
    }

    public void setMinVoltCellNum(Integer minVoltCellNum) {
        this.minVoltCellNum = minVoltCellNum;
    }

    public Integer getMaxVoltCellNum() {
        return maxVoltCellNum;
    }

    public void setMaxVoltCellNum(Integer maxVoltCellNum) {
        this.maxVoltCellNum = maxVoltCellNum;
    }

    public Integer getMaxVoltDiffer() {
        return maxVoltDiffer;
    }

    public void setMaxVoltDiffer(Integer maxVoltDiffer) {
        this.maxVoltDiffer = maxVoltDiffer;
    }

    public Float getTotalVolt() {
        return totalVolt;
    }

    public void setTotalVolt(Float totalVolt) {
        this.totalVolt = totalVolt;
    }

    public Float getBatteryOpenChargeCurr() {
        return batteryOpenChargeCurr;
    }

    public void setBatteryOpenChargeCurr(Float batteryOpenChargeCurr) {
        this.batteryOpenChargeCurr = batteryOpenChargeCurr;
    }

    public Float getBatteryCloseChargeCurr() {
        return batteryCloseChargeCurr;
    }

    public void setBatteryCloseChargeCurr(Float batteryCloseChargeCurr) {
        this.batteryCloseChargeCurr = batteryCloseChargeCurr;
    }

    public Integer getLeftBatteryEle() {
        return leftBatteryEle;
    }

    public void setLeftBatteryEle(Integer leftBatteryEle) {
        this.leftBatteryEle = leftBatteryEle;
    }

    public Integer getBatteryTemp1() {
        return batteryTemp1;
    }

    public void setBatteryTemp1(Integer batteryTemp1) {
        this.batteryTemp1 = batteryTemp1;
    }

    public Integer getBatteryTemp2() {
        return batteryTemp2;
    }

    public void setBatteryTemp2(Integer batteryTemp2) {
        this.batteryTemp2 = batteryTemp2;
    }

    public Integer getBatteryTemp3() {
        return batteryTemp3;
    }

    public void setBatteryTemp3(Integer batteryTemp3) {
        this.batteryTemp3 = batteryTemp3;
    }

    public Integer getBatteryTemp4() {
        return batteryTemp4;
    }

    public void setBatteryTemp4(Integer batteryTemp4) {
        this.batteryTemp4 = batteryTemp4;
    }

    public Integer getBatteryTemp5() {
        return batteryTemp5;
    }

    public void setBatteryTemp5(Integer batteryTemp5) {
        this.batteryTemp5 = batteryTemp5;
    }

    public Integer getBatteryTemp6() {
        return batteryTemp6;
    }

    public void setBatteryTemp6(Integer batteryTemp6) {
        this.batteryTemp6 = batteryTemp6;
    }

    public Integer getBatteryTemp7() {
        return batteryTemp7;
    }

    public void setBatteryTemp7(Integer batteryTemp7) {
        this.batteryTemp7 = batteryTemp7;
    }

    public Integer getBatteryTemp8() {
        return batteryTemp8;
    }

    public void setBatteryTemp8(Integer batteryTemp8) {
        this.batteryTemp8 = batteryTemp8;
    }

    public Integer getBalanResistTemp1() {
        return balanResistTemp1;
    }

    public void setBalanResistTemp1(Integer balanResistTemp1) {
        this.balanResistTemp1 = balanResistTemp1;
    }

    public Integer getBalanResistTemp2() {
        return balanResistTemp2;
    }

    public void setBalanResistTemp2(Integer balanResistTemp2) {
        this.balanResistTemp2 = balanResistTemp2;
    }

    public Integer getMosTemp1() {
        return mosTemp1;
    }

    public void setMosTemp1(Integer mosTemp1) {
        this.mosTemp1 = mosTemp1;
    }

    public Integer getMosTemp2() {
        return mosTemp2;
    }

    public void setMosTemp2(Integer mosTemp2) {
        this.mosTemp2 = mosTemp2;
    }

    public Integer getCycleCount() {
        return cycleCount;
    }

    public void setCycleCount(Integer cycleCount) {
        this.cycleCount = cycleCount;
    }

    public Integer getErrorMsg() {
        return errorMsg;
    }

    public void setErrorMsg(Integer errorMsg) {
        this.errorMsg = errorMsg;
    }

    public Integer getMaxCellVolt() {
        int maxCellVolt = 0;
        if (singleBatteryVolt1 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt1;
        }
        if (singleBatteryVolt2 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt2;
        }
        if (singleBatteryVolt3 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt3;
        }
        if (singleBatteryVolt4 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt4;
        }
        if (singleBatteryVolt5 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt5;
        }
        if (singleBatteryVolt6 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt6;
        }
        if (singleBatteryVolt7 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt7;
        }
        if (singleBatteryVolt8 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt8;
        }
        if (singleBatteryVolt9 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt9;
        }
        if (singleBatteryVolt10 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt10;
        }
        if (singleBatteryVolt11 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt11;
        }
        if (singleBatteryVolt12 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt12;
        }
        if (singleBatteryVolt13 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt13;
        }
        if (singleBatteryVolt14 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt14;
        }
        if (singleBatteryVolt15 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt15;
        }
        if (singleBatteryVolt16 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt16;
        }
        if (singleBatteryVolt17 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt17;
        }
        if (singleBatteryVolt18 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt18;
        }
        if (singleBatteryVolt19 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt19;
        }
        if (singleBatteryVolt20 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt20;
        }
        if (singleBatteryVolt21 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt21;
        }
        if (singleBatteryVolt22 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt22;
        }
        if (singleBatteryVolt23 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt23;
        }
        if (singleBatteryVolt24 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt24;
        }
        if (singleBatteryVolt25 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt25;
        }
        if (singleBatteryVolt26 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt26;
        }
        if (singleBatteryVolt27 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt27;
        }
        if (singleBatteryVolt28 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt28;
        }
        if (singleBatteryVolt29 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt29;
        }
        if (singleBatteryVolt30 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt30;
        }
        if (singleBatteryVolt31 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt31;
        }
        if (singleBatteryVolt32 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt32;
        }
        if (singleBatteryVolt33 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt33;
        }
        if (singleBatteryVolt34 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt34;
        }
        if (singleBatteryVolt35 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt35;
        }
        if (singleBatteryVolt36 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt36;
        }
        if (singleBatteryVolt37 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt37;
        }
        if (singleBatteryVolt38 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt38;
        }
        if (singleBatteryVolt39 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt39;
        }
        if (singleBatteryVolt40 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt40;
        }
        if (singleBatteryVolt41 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt41;
        }
        if (singleBatteryVolt42 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt42;
        }
        if (singleBatteryVolt43 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt43;
        }
        if (singleBatteryVolt44 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt44;
        }
        if (singleBatteryVolt45 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt45;
        }
        if (singleBatteryVolt46 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt46;
        }
        if (singleBatteryVolt47 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt47;
        }
        if (singleBatteryVolt48 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt48;
        }
        if (singleBatteryVolt49 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt49;
        }
        if (singleBatteryVolt50 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt50;
        }
        if (singleBatteryVolt51 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt51;
        }
        if (singleBatteryVolt52 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt52;
        }
        if (singleBatteryVolt53 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt53;
        }
        if (singleBatteryVolt54 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt54;
        }
        if (singleBatteryVolt55 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt55;
        }
        if (singleBatteryVolt56 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt56;
        }
        if (singleBatteryVolt57 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt57;
        }
        if (singleBatteryVolt58 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt58;
        }
        if (singleBatteryVolt59 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt59;
        }
        if (singleBatteryVolt60 > maxCellVolt) {
            maxCellVolt = singleBatteryVolt60;
        }

        return maxCellVolt;
    }
}
